Directional Drilling

We deliver ready-to-drill trajectory designs with anti-collision reports after examining surface and target locations, lease boundaries, hazards, and the number of wellheads, pads or drill centers required to access the reservoir.

Our expert Reservoir Finder engineers are equipped with the best Distance to Boundary mapping technology with a unique inversion approach which we use to define the reservoir boundaries to maximise the exposure to the sweet spot zone.

Our system puts you in control of information used in the analysis process, how often these operate, and how to inform the appropriate users which will all help eliminate alert overloads. Our system qualifies the alert and then reports its priority and severity, so you can focus on what is most important. We also let you designate which wells and wellbores to monitor and then send the corresponding alerts to selected personnel on the system. By identifying issues before they become a problem, we allow you to correct events in real-time and ensure the integrity of your equipment.

Intuitive and user driven, our system is a highly efficient real-time data monitoring application that gives you a consistent view of your data across your operations as it comes in from the rig. With just a few clicks, it gives you all the information you need, so you spend more time analyzing data instead of connecting and configuring displays. Because it is built on the same common visualization platform, it is tightly integrated with the calculation processes, analytics, and smart alerts driven by our experts. You can create a template and share with your colleagues instantly. Quickly visualize multiple widgets in one display that are linked and interconnected. And easily compare real time data with historical data to make the best decisions for your drilling operation.

Kuwait Drilling Company Dipole Sonic LWD service provides the industry’s most accurate and flexible acoustic measurements while drilling. This service provides compressional and shear wave travel times which allows real-time access to critical information that maximizes drilling efficiency and wellbore placement.

Accurate seismic time-depth ties can significantly enhance the operator’s ability to land the well and optimally position it within the reservoir. Our real-time compressional slowness measurements provide a reliable method for correlating and updating pre-well seismic models – facilitating precise wellbore placement and increased hydrocarbon recovery.